REVOLUTIONARY

ITENSORSYMBOLIC COMPUTATION

A meticulously crafted platform for theoretical physicists and mathematicians working with complex tensor computations and symbolic algebra.

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VISUALIZATION

BLACK HOLE RAY TRACING ENGINE

Visualize
Spacetime Curvature

Experience our real-time black hole simulation engine written in C and OpenGL, designed to accurately visualize spacetime curvature and gravitational lensing effects.

Physically accurate ray tracing based on general relativity

Real-time rendering with GPU acceleration

Customizable parameters for mass, spin, and observer position

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PYTHON LIBRARY

iTENSORPY

Symbolic
Tensor Calculus

Leverage the power of iTensor in your Python workflow with our specialized library for symbolic tensor mathematics and differential geometry.

Complete toolset for Christoffel symbols, Riemann, Ricci, Einstein, and Weyl tensors

Intuitive Python API with seamless integration into scientific workflows

Compatible with NumPy, SymPy, and major scientific computing libraries

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import itensorpy as itp

# Define a metric tensor

from itensorpy.symbols import t, r, theta, phi

metric = itp.SchwarzschildMetric(M=1.0)

# Calculate derived tensors

christoffel = itp.ChristoffelSymbols(metric)

riemann = itp.RiemannTensor(metric)

ricci = itp.RicciTensor(metric)

einstein = itp.EinsteinTensor(metric)

# Compute geodesics

geodesic = itp.Geodesic(metric)

trajectory = geodesic.compute(

initial_position=[0, 10, itp.pi/2, 0],

initial_velocity=[1, 0, 0, 0.1]

CAPABILITIES

POWERFUL FEATURES

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Symbolic Integration

Solve complex integrals with our powerful symbolic computation engine designed specifically for physics applications.

Tensor Manipulation

Effortlessly manipulate tensors of any rank with automated index contraction and symmetry operations.

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Differential Equations

Solve ordinary and partial differential equations using powerful numerical and symbolic methods.

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Series Expansion

Expand functions into Taylor, Laurent, and asymptotic series with precise control over expansion points.

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Algebraic Structures

Work with advanced algebraic structures including Lie algebras, Clifford algebras, and more.

High Performance

Leverage optimized algorithms and parallel computing for rapid solutions to complex problems.

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ABOUT

THE VISION

Revolutionizing
Scientific Computation

ITENSOR bridges the gap between complex mathematical formalism and practical computational tools for physicists and mathematicians.

Inspired by decades of research in symbolic and numerical physics

Designed to make tensor calculus accessible for students, educators, and independent researchers

Developed independently by a technical physics graduate, with ongoing contributions from the open science community